Adjectives For Titanium
Discover the most popular adjectives for describing titanium, complete with example sentences to guide your usage.
Updated on March 16, 2024
Choosing the right adjective to describe titanium can significantly impact the perception of its qualities. For instance, pure titanium emphasizes its unalloyed, pristine nature, often associated with high quality and strength. On the other hand, adjectives like nickel, iron, and niobium refer to titanium alloys, highlighting the metal's versatility and wide range of applications. The adjective metallic underscores titanium's fundamental nature, conveying a sense of durability and sleekness. Each adjective brings its unique nuance, reflecting various aspects of titanium's identity in science, industry, and art. Explore the full list of adjectives to discover more about the multifaceted character of titanium.
| pure | The pure titanium is a strong and lightweight metal. |
| nickel | The nickel titanium alloy is used in a variety of applications, including medical devices, aerospace components, and automotive parts. |
| metallic | Metallic titanium was used to make the aircraft's skin. |
| iron | The metal alloy is made of iron titanium |
| niobium | Niobium titanium is a superconducting alloy used in the production of high-field magnets. |
| unalloyed | The lightweight unalloyed titanium is used in bicycles and aircraft. |
| ferro | Ferro titanium is an essential alloying element for steel and cast iron production. |
| high | The high titanium content of the alloy made it extremely strong. |
| commercial | Commercial titanium is widely used in various industries due to its excellent strength-to-weight ratio and corrosion resistance. |
| porous | The porous titanium implant allowed for bone ingrowth and improved stability. |
| beta | The beta titanium alloy is strong and lightweight, making it ideal for use in aerospace applications. |
| coated | |
| trivalent | Trivalent titanium forms stable coordination complexes with neutral ligands. |
| solid | The solid titanium frame made the bike both lightweight and durable. |
| much | There is not much titanium in this alloy. |
| low | The steel had a low titanium content. |
| tetravalent | Tetravalent titanium is a common oxidation state for titanium. |
| soluble | The soluble titanium promotes efficient thermal conductivity |
| sponge | Sponge titanium is a cellular metal with a high porosity and a high surface area. |
| liquid | The liquid titanium flowed like molten metal. |
| ductile | |
| excess | The excess titanium was repurposed for use in other aerospace applications. |
| elemental | The elemental titanium used in the production of titanium alloys is typically 99.2% pure. |
| vanadium | Vanadium titanium is a lightweight, silvery-white metal alloy that is used in aerospace and automotive applications. |
| quadrivalent | The quadrivalent titanium ion is a common species in aqueous solution. |
| zirconium | Zirconium titanium is used in nuclear reactors and in the aerospace industry. |
| manganese | The alloy was composed primarily of manganese titanium with traces of other elements. |
| less | The alloy contained less titanium than expected. |
| chromium | Chromium titanium is a hard, wear-resistant alloy that is used in a variety of applications. |
| sputtered | A cutting-edge biosensor containing sputtered titanium enabled scientists to achieve new breakthroughs in microfluidics. |
| grade | The frame of the bicycle is made of grade titanium |
| thick | The spaceship's hull was made of thick titanium |
| copper | The copper titanium alloy is known for its high strength and corrosion resistance. |
| powdered | The orthopedic surgeon used powdered titanium to make the hip implant. |
| implanted | The doctor implanted titanium rods into the patient's leg to stabilize the broken bone. |
| rare | The alloy contained a rare titanium which was not available cheaply. |
| thin | The thin titanium rods were used to reinforce the structure. |
| aluminum | The aluminum titanium alloy is strong and lightweight. |
| crude | The crude titanium was extracted from the ore with great care. |
| all | The bike frame was made entirely of high-grade all titanium |
| polished | The exterior of the building was made of polished titanium |
| enough | The spaceship was strong enough titanium to withstand the intense heat of re-entry. |
| aluminium | Aluminium titanium is a lightweight and strong metal alloy. |
| zinc | Zinc titanium was used to clad the exterior of the Guggenheim Museum in Bilbao, Spain. |
| platinized | The semiconductor industry uses platinized titanium to create thin-film coatings. |
| treated | The screw was made of treated titanium |
| expensive | The spacecraft was built using expensive titanium |
| reactive | Reactive titanium is used in a variety of applications, including aerospace, medical, and chemical processing. |
| precipitate | The precipitate titanium was collected and analyzed. |
| impure | The impure titanium was difficult to work with. |
| uranium | Uranium titanium alloys are used in high-performance applications. |
| oxide | Oxide titanium is a white pigment that is used in paints, ceramics, and other products. |
| alpha | The alpha titanium alloy was used in the construction of the aircraft. |
| reinforced | The reinforced titanium alloy provided superior strength and durability for the spacecraft's frame. |
| alloyed | The alloyed titanium was used to create a lightweight and durable component. |
| silicon | If silicone crystal is used as substrate for silicon titanium the concentration of titanium ions in the crystal should be reduced. |
| lightweight | The lightweight titanium frame of the bike made it easy to carry up the hills. |
| wrought | The intricate sculpture was crafted from wrought titanium |
| residual | The residual titanium was analyzed by X-ray diffraction. |
| cobalt | Cobalt titanium is a silver-colored alloy that is strong and corrosion-resistant. |
| gold | Gold titanium is a strong and lustrous metal that is used in a variety of applications. |
| silver | The silver titanium was a stunning color. |
| nanostructured | The nanostructured titanium was characterized by its high surface area and porosity. |
| sintered | |
| conventional | The conventional titanium grades are typically used in the aerospace industry. |
| added | The lightweight, yet durable, bike frame was made possible by the added titanium |
| ruthenium | Ruthenium titanium is a type of high-strength titanium alloy. |
| hydrous | Hydrous titanium oxide is a white powder that is insoluble in water. |
| neutral | High-quality neutral titanium samples were successfully prepared using the indentation method. |
| hexagonal | The screws were made out of hexagonal titanium |
| available | Available titanium was used to create the lightweight and durable parts. |
| alkyl | Alkyl titanium compounds are highly reactive and must be handled with extreme care. |
| smooth | The sleek, smooth titanium alloy glinted in the sunlight. |
| barium | |
| lithium | Lithium titanium is a powerful material that is used in a variety of applications. |
| platinised | This platinised titanium electrode provides a large surface area with excellent electrochemical properties. |
| columbium | Columbium titanium is a rare and valuable metal alloy. |
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